Simulation and Testing for Vehicle Technology [electronic resource] : 7th Conference, Berlin, May 12-13, 2016 /
Gühmann, Clemens.editor.
Riese, Jens.editor.
von Rüden, Klaus.editor.
The book includes contributions on the latest model-based methods for the development of personal and commercial vehicle control devices. The main topics treated are: application of simulation and model design to development of driver assistance systems; physical and database model design for engines, motors, powertrain, undercarriage and the whole vehicle; new simulation tools, methods and optimization processes; applications of simulation in function and software development; function and software testing using HiL, MiL and SiL simulation; application of simulation and optimization in application of control devices; automation approaches at all stages of the development process.
Description based upon print version of record.
Preface; Contents; Part I  XiL-Simulation; 1 Real-Time Hardware-in-the-Loop Simulation of Multiphase DC/DC Converters; Abstract; 1 Introduction; 1.1 Hardware-in-the-Loop Simulation of a DC/DC Converter; 2 Setup; 2.1 Scaling Currents and Voltages; 2.2 Modeling the Electric Nets on the Input and Output Side; 2.3 Single-Phase Simulator; 2.4 Multiphase Setup; 3 Simulation Examples; 3.1 Normal Operation; 3.2 Load-Dump; 3.3 Short Circuit; 4 Conclusions; References; 2 Integrating a SiL into a HiL Test Platform; Abstract; 1 Planning Targets of the High Voltage Vehicle Power Net HiL
2 Powertrain-SiLs at Daimler3 Reutilization of the Existing SiL in the HiL; 4 Conclusion; References; 3 RPCsim: Model-Based Analysis Within the Calibration-Process; Abstract; 1 Introduction; 1.1 Motivation; 1.2 Tool Requirements; 2 Simulation-Environment RPCsim; 3 Model-Based Calibration and Analysis; 3.1 Technical Optimization; 3.2 Model-Based Analysis; 4 Examples for Model-Based Analysis; 4.1 Evaluation of Potentials in Fuel-Economy; 4.2 OBD-Analysis of Durability-Trials; 5 Summary; References
4 Continuous Development of Highly Automated Driving Functions with Vehicle-in-the-Loop Using the Example of Euro NCAP ScenariosAbstract; 1 Motivation; 2 Seamless Development in Virtual Test Driving; 3 Vehicle-in-the-Loop Method; 4 Requirements Set by Institutional Regulations; 5 Potential of VIL in the Test Procedure; 6 Early Experienceability of Systems; 7 Outlook; References; 5 Finding Coupling Strategies of a Real-Time Capable Fourier-Transformation-Based Engine Model on a HIL-Simulator; Abstract; 1 Introduction; 2 Pressure Pulsations of a V6-TDI; 3 Model Architecture
4 Stationary Behavior5 Transient Behavior in the Time Domain; 6 Results FT-Model; 7 HIL; 8 Results HIL-Coupling; 9 Summary; References; Part II  Early Development; 6 Functional Engineering Platform-A Continuous Approach Towards Function Development; Abstract; 1 Introduction; 2 Audis Answer to the New Requirements; 3 Introduction to FEP; 3.1 Definition of Terms; 3.2 Co-simulation; 4 Synchronization for Time Sensitive Functions; 4.1 The Necessity of Time Synchronization; 4.2 Derivation of the Technical Issues; 4.3 Time Synchronization of the FEP; 5 Conclusion; References
Part III  Model-Based Software Test7 Efficiently Testing AUTOSAR Software Based on an Automatically Generated Knowledge Base; Abstract; 1 Introduction; 2 State of the Art; 3 Static Testing of AUTOSAR Systems; 3.1 Static Test for Runnables; 3.2 Static Test for Task Definition; 3.3 Static Test of Application Data Types; 3.4 Static Test of Module Versions in Basic Software; 4 AUTOSAR Knowledge Base; 4.1 Population of Knowledge Base; 4.2 Schema of Database; 5 Summary; References; 8 A Method for an Integrated Software-Based Virtualisation of System Inputs; Abstract; 1 Introduction
1.1 Model Based Testing
Includes bibliographical references at the end of each chapters.
The book includes contributions on the latest model-based methods for the development of personal and commercial vehicle control devices. The main topics treated are: application of simulation and model design to development of driver assistance systems; physical and database model design for engines, motors, powertrain, undercarriage and the whole vehicle; new simulation tools, methods and optimization processes; applications of simulation in function and software development; function and software testing using HiL, MiL and SiL simulation; application of simulation and optimization in application of control devices; automation approaches at all stages of the development process.
Automotive engineering.
Automotive Engineering.